INFRARED ELECTRIC HEATING

DESIGN INFRARED HEATING FOR INDOOR AND OUTDOOR SPACES

Are you looking for a solution to heat your private or commercial spaces that is both smart and energy-efficient, while perfectly matching the aesthetics of your furnishings?

OASI delivers a pleasant sensation of radiant warmth in any setting, featuring a design that blends seamlessly with the style of your interior décor—whether in commercial or residential environments.

The low-glare infrared heat generated by OASI enhances comfort in any space while minimizing light emission, thanks to its dual IR-B Carbon medium-wave heating system, which provides a constant and evenly distributed heat flow.

The high output of OASI HT ensures rapid heating performance, powered by a 2000W halogen heating lamp.

Electric infrared heating for indoor and outdoor spaces

Electric infrared heating systems represent a modern and efficient solution for heating indoor areas, verandas, terraces, and outdoor environments. Unlike traditional systems, infrared heat does not warm the air but is transmitted directly to people and surfaces, providing an immediate, targeted, and dispersion-free comfort sensation. Radialight infrared heating lamps are designed to deliver high performance, elegant design, and maximum reliability even in demanding environmental conditions.

When to choose an infrared heater

Infrared heating is ideal when you need immediate warmth in areas where traditional heating systems are inefficient or impractical. It is particularly suitable for terraces, balconies, verandas, pergolas, outdoor dining areas, and open-air spaces in both residential and commercial settings.

• If you want to heat people and surfaces without dispersing heat into the air → infrared heating
• If you use the space only at certain times → direct and instant heating
• If you are looking for an elegant, non-invasive solution → wall- or ceiling-mounted heaters
• If the area is exposed to wind and humidity → outdoor-specific models

Radialight infrared heating solutions

OASI infrared heaters

OASI infrared heating lamps are designed for indoor environments, enclosed verandas, or protected outdoor spaces. They use low-glare infrared technology, generating comfortable warmth without annoying light emissions. They are ideal for creating a welcoming atmosphere while maintaining a discreet and refined design.

OASI HT outdoor infrared heaters

OASI HT versions are specifically engineered for exposed outdoor environments. Thanks to high-temperature infrared technology, they deliver intense, direct heat even in windy conditions or low temperatures. Their robust construction and protection against water and weather elements make them ideal for terraces, outdoor dining areas, and commercial outdoor spaces.

How infrared heating works

Direct and immediate heat

Infrared heating works through radiant energy: heat is transferred directly to people, objects, and surfaces without warming the surrounding air. This allows you to feel warmth immediately after switching the system on, with no waiting time and no energy loss.

Efficiency even outdoors

Since heat is not carried by air, wind does not reduce its effectiveness. This makes infrared heaters particularly suitable for outdoor use, where traditional heating systems often fail to perform efficiently.

Installation and safety

Radialight infrared heaters are designed for wall or ceiling installation, allowing heat to be directed precisely toward the areas that are actually in use. High-quality materials and safety certifications ensure reliable operation in both indoor and outdoor environments.

Models intended for outdoor use feature an appropriate protection rating against water splashes and humidity, ensuring safe operation even in variable weather conditions.

Advantages of electric infrared heating

• Immediate perceived warmth
• Targeted heating without energy dispersion
• High efficiency even in open spaces
• Elegant design and architectural integration
• Ideal for occasional or seasonal use

Frequently asked questions about infrared heating

Does infrared heating really work outdoors?

Yes. Because heat is transferred directly to people and surfaces, the warming effect remains effective and immediate even in windy conditions.

What is the difference between low-glare infrared and high-temperature infrared?

Low-glare infrared produces heat without emitting intense light that could be uncomfortable in certain applications and is ideal for protected environments, delivering discreet and comfortable warmth. High-temperature infrared, on the other hand, is designed for outdoor use and generates more intense heat.

How much does an infrared heating lamp consume?

Consumption depends on power output and usage time. Since infrared heating is direct, energy is used efficiently, reducing waste compared to other heating systems.

Is it suitable for verandas and winter gardens?

Yes, infrared heating is perfect for verandas and glass-enclosed spaces, as it does not create air movement and provides immediate comfort in occupied areas.

Does it require maintenance?

Maintenance is minimal: simply keep the external surface clean and periodically check that the unit is securely mounted.

Is the heat uncomfortable or too intense?

No, provided the correct model is chosen for the specific environment. Radialight heaters are designed to deliver comfortable and well-distributed heat.

Is it safe to use an infrared heater outdoors?

Yes, outdoor models are designed in compliance with European safety standards and feature protection against water and weather elements.

Can a specific area be heated?

Yes. One of the main advantages of infrared heating is the ability to direct heat exactly where it is needed, avoiding the heating of unused areas.

Is it suitable for commercial spaces?

Absolutely. Bars, restaurants, and hospitality venues frequently use infrared heaters to ensure guest comfort in outdoor areas.

Why choose infrared heating over other solutions?

Because it provides immediate comfort, controlled energy consumption, maximum installation flexibility, and high efficiency even in spaces that are difficult to heat.